Our Products – R AZ Ci-603SHAG Consistently high performance from our new family of precision Hall Effect Current Transducers. Using our premium performing ferrite core material as well as calibrating during manufacture provides a device with excellent linearity, thermal stability and very low hysteresis without compromising size. These features permit the accurate measurement of currents from1 amp through to 60 amps to be achieved at a level of cost previously unheard of. A unique insulated housing design provides an AC test voltage rating of 4kV. The standard housing can include between one and five primary conductors providing OEM customization and reducing inventory requirements. This version operates over extended supply voltage of 3V to 5.5V. Maximum Ratings (TA = 25°C) Parameter Operating Temperature Storage Temperature Supply Voltage Measured Current – per link * PCB Tracking dependant © Raztec (NZ) Ltd 2004-2011

Characteristics (TA = 25°C), 5.0V Supply (3.3V supply) Parameter Supply Current Supply Voltage Lower Limit Upper Limit Vo (Vs = 3.3V) Transfer Function (one turn) N = 1 ∆V/I1 (Vs = 3.3V) Transfer Function (two turns) N = 2 ∆V/I2 (Vs = 3.3V) Transfer Function (three turns) N = 3 ∆V/I3 (Vs = 3.3V) Transfer Function (four turns) N = 4 ∆V/I4 (Vs = 3.3V) Transfer Function (five turns) N = 5 Linear current range (one turn) Linear current range (two turns) Linear current range (three turns) Linear current range (four turns) Linear current range (five turns) Null drift due to temperature change +/-0.5...

Performance Characteristics Supporting your great ideas a member of the Angst + Pfister Group

Raztec (NZ) Ltd operates a continuous product improvement program, therefore information contained in our datasheets may not reflect all current features. For clarification please contact [email protected]

Our Products – R AZ Ci-603SHBG Break-through performance from the star of our new family of precision Hall Effect Current Transducers. Use of an extremely advanced technology core material allows us to offer a calibrated device with excellent linearity, thermal stability and negligible hysteresis without compromising size. These features extend the accurate measurement of currents into the mA range and all the way through to 60 amps, at a level of cost previously unheard of. A unique insulated housing design provides an AC test voltage rating of 4kV. The standard housing can include between one...

Characteristics (TA = 25°C), 5.0V Supply (3.3V supply) Parameter Supply Current Supply Voltage Lower Limit Upper Limit Vo (Vs = 3.3V) Transfer Function (one turn) N = 1 ∆V/I1 (Vs = 3.3V) Transfer Function (two turns) N = 2 ∆V/I2 (Vs = 3.3V) Transfer Function (three turns) N = 3 ∆V/I3 (Vs = 3.3V) Transfer Function (four turns) N = 4 ∆V/I4 (Vs = 3.3V) Transfer Function (five turns) N = 5 Linear current range (one turn) Linear current range (two turns) Linear current range (three turns) Linear current range (four turns) Linear current range (five turns) Null drift due to temperature change +/-0.5...

Output Resistance AC Isolation test voltage (1 min) Creepage distance (pin to pin) one turn Creepage distance (pin to pin) two turns Creepage distance (pin to pin) three turns Creepage distance (pin to pin) 4/5 turns Performance Characteristics Linearity Error (%)

Raztec (NZ) Ltd operates a continuous product improvement program, therefore information contained in our datasheets may not reflect all current features. For clarification please contact [email protected]

Our Products – R AZ Ci-603THAN Consistently high performance from our new family of precision Hall Effect Current Transducers. Using our premium performing ferrite core material provides a device with excellent linearity, thermal stability and very low hysteresis without compromising size. With a range of 1 amp through to 60 amps this budget, loosely calibrated device is ideally suited to low cost mains isolated applications. With simple end-user in-process calibration accuracies of better than 2% can be realized – contact factory for details. A unique insulated housing design provides an AC...

Characteristics (TA = 25°C), 5.0V Supply (3.3V supply) Parameter Supply Current Supply Voltage Lower Limit Upper Limit Vo (Vs = 3.3V) Transfer Function (one turn) N = 1 ∆V/I1 (Vs = 3.3V) Transfer Function (two turns) N = 2 ∆V/I2 (Vs = 3.3V) Transfer Function (three turns) N = 3 ∆V/I3 (Vs = 3.3V) Transfer Function (four turns) N = 4 ∆V/I4 (Vs = 3.3V) Transfer Function (five turns) N = 5 Linear current range (one turn) Linear current range (two turns) Linear current range (three turns) Linear current range (four turns) Linear current range (five turns) Null drift due to temperature change +/-0.5...

Performance Characteristics Supporting your great ideas a member of the Angst + Pfister Group

Raztec (NZ) Ltd operates a continuous product improvement program, therefore information contained in our datasheets may not reflect all current features. For clarification please contact [email protected]

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